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Clinical Evaluation of Microhybrid Composite and Glass Ionomer Restorative Material in Permanent Teeth
Aim: The aim of this study was to clinically compare glass ionomer cement (GIC) with microhybrid composite resin used in class I cavities on permanent teeth over a period of 9 months.Khalil Kharma, 2 Tatiana Zogheib, 3 Shilpa Bhandi, 4 Ziad Salameh, 5 Carina Mehanna -
Push-out bond strength of FRC posts using conventional and wet-ethanol bonding systems: an ex-vivo study
Purpose: The aim of this study was to compare the bond strength obtained on root canal walls when using two different adhesive systems to bond a fiber reinforced composite (FRC) post inside a root canal and to evaluate the type of failure at the resin-dentine interface.Hani F Ounsi, Ziad Salameh, Moustafa N.Aboushelib, Simone Grandini -
Bond Strength of Composite Core-Build-Up Materials to Fiber-Reinforced Posts: A Microtensile Comparison Between Conventional and Wet-Ethanol Bonding Systems
Purpose: To evaluate the interfacial microtensile bond strength between a fiber-reinforced post (Rely X Post) and a core material (Multicore Flow) after placing different bonding agents.Hani F. Ounsia/Ziad Salamehb/Carlos Augusto Carvalhoc/Amerigo Cantorod/ Simone Grandinie /Marco Ferrarif -
Effect of different onlay systems on fracture resistance and failure pattern of endodontically treated mandibular molars restored with and without glass fiber posts
Purpose: To investigate the relationship between post and core build-up materials on the fracture resistance of endodontically treated teeth restored with different onlay restorations.ZIAD SALAMEH, DDS, MSC, PHD, FICD, HANI F. OUNSI, DCD, DESE, MSC, MRACD(ENDO), FICD, MOUSTAFA N. ABOUSHELIB, DDS, PHD, RANA AL-HAMDAN, BDS, MSC, WALID SADIG, BDS, MSC & MARCO FERRARI, DDS, PHD -
Bond Strength of Composite Core-Build-Up Materials to Fiber-Reinforced Posts: A Microtensile Comparison Between Conventional and Wet-Ethanol Bonding Systems
Purpose: To evaluate the interfacial microtensile bond strength between a fiber-reinforced post (Rely X Post) and a core material (Multicore Flow) after placing different bonding agents.Hani F. Ounsia/Ziad Salamehb/Carlos Augusto Carvalhoc/Amerigo Cantorod/ Simone Grandinie /Marco Ferrarif -
Fracture resistance and failure patterns of endodontically treated mandibular molars with and without glass fiber post in combination with a zirconia–ceramic crown
Objective: The aim of this study was to investigate the influence of a fiber post on the fracture mechanics of zirconia crowns inserted over endodontically treated teeth with different extent of coronal damage.Ziad Salameh a,b,c , Hani F. Ounsi b,c , Moustafa N. Aboushelib d , Walid Sadig a , Marco Ferrari e, * -
Effect of Post-retained Composite Restoration of MOD Preparations on the Fracture Resistance of Endodontically Treated Teeth
Purpose: The present study aimed to compare the fracture resistance and failure patterns of endodontically treated premolars with MOD preparations restored using different material combinations. The null hypothesis postulated that there was no association between the fracture resistance of endodontically treated premolars and the resin composite materials or the post-and-core system used to build up the restorations.Roberto Sorrentinoa/Ziad Salamehb/Fernando Zaronec/Franklin R. Tayd/Marco Ferrarie -
Fracture Resistance and Failure Patterns of Endodontically Treated Mandibular Molars Restored Using Resin Composite With or Without Translucent Glass Fiber Posts
Abstract The elastic modulus of the restorative material is important in restoring endodontically treated teeth. This study aimed to compare the fracture resistance and failure patterns of 90 mandibular molars restored using resin composites with or without fiber posts, with respect to the number of residual cavity walls. Five restoration types were performed corresponding to different wall defects (groups 1-5).Ziad Salameh,*† Roberto Sorrentino,‡† Federica Papacchini,† Hani F. Ounsi,§ Esam Tashkandi,* Cecilia Goracci,† and Marco Ferrari†